Retroreflective Navigation Markers

Navigation markers and fiducials used with neuronavigation systems to enhance tracking accuracy during neurosurgical procedures.

Disposable adhesive radiopaque grid markers designed for surgical localization during computed tomography imaging. The grid pattern appears clearly on CT scans and enables accurate pre-operative and intra-operative positioning.

Radiopaque positioning markers designed for use during magnetic resonance imaging procedures to mark anatomical regions of interest. These markers provide clear visualization on MRI scans.

Radiopaque gold markers for CT and MRI visualization, used for anatomical reference and treatment planning in radiation therapy.

A precise optical tracking system for image-guided surgery (IGS) integrated into surgical robots. It utilizes near-infrared light to wirelessly detect and track reflective markers attached to surgical instruments, achieving positioning accuracy up to 0.08mm (RMS) with sampling frequencies ranging from 96Hz to 300Hz. The system calculates exact 3D coordinates through triangulation and delivers accurate, real-time data for precise tool tracking and positioning in neurosurgery, orthopedics, TMS, and dental implant procedures. It supports both passive and active markers, tracks up to 50 tools and 200 markers simultaneously, and features multiple data interfaces including USB 3.0, Ethernet, and WiFi.

Medical balloons with integrated radiopaque markers enabling real-time fluoroscopic visualization during catheter-based procedures. Proprietary deposition techniques ensure imaging clarity.

Specialized radiopaque marker bands optimized for real-time visualization during fluoroscopic guidance of medical interventions. The components enable precise tracking and positioning adjustments during procedures.

Precision marker bands integrated into diagnostic medical devices to enhance visibility during imaging procedures. The radiopaque properties allow clear identification and tracking of diagnostic instruments within the patient's body.

An infrared fluorescence-based navigation system designed to assist in surgical and diagnostic procedures with enhanced visualization capabilities.

Navigation and guidance system providing real-time spatial orientation during minimally invasive procedures. Enhances surgical accuracy and reduces procedural complications.

Intraoperative hyperspectral imaging module for real-time tissue characterization during surgery. Assists surgeons in identifying tissue types and pathological margins. Integrates with standard surgical microscopes and navigation systems.

Precision marker bands engineered for enhanced visibility in X-ray imaging procedures. The radiopaque material composition provides clear device identification throughout interventional procedures.